Hip, Leg and Knee Care and Surgery
Joint discomfort can limit your ability to walk your dog or climb the stairs to your house. That's why we treat a wide range of conditions, so you can get back to normal rhythms with less discomfort.
Common Hip, Leg and Knee Conditions Treated
- ACL and meniscus tears
- Arthritis (osteoarthritis, rheumatoid arthritis)
- Bursitis
- Hip impingement (FAI)
- Hip labral tears
- Hip, leg and knee fractures
- IT band syndrome
- Patellar tendonitis (jumper’s knee)
Non-Surgical Treatments
Orthopedic surgeons often recommend that patients explore non-surgical treatments first when they experience hip, leg or knee pain. These treatments may include:
- Bracing and orthotics: We can develop custom braces to support alignment and reduce strain on the hip or knee joints.
- Pain management: We provide various non-surgical pain management options, including medications and injections, to help control pain and inflammation in the ankles and feet.
- Physical therapy: The interdisciplinary team works with patients to improve flexibility, strength, and function in the hip, leg and knee.
Minimally Invasive Procedures
When surgery is necessary, we offer minimally invasive options that reduce recovery times and minimize scarring. Common minimally invasive procedures include:
- Arthroscopy for hip and knee
- Meniscus repair or removal
- ACL reconstruction (arthroscopic)
- Hip labral repair
- IT band release
Advanced Surgical Procedures
For complex or severe conditions, we offer advanced surgical procedures designed to provide long-lasting relief and restore function, including:
- Femur and hip fracture repair
- Hip resurfacing
- Osteotomy
- Patellar realignment surgery
- Total and partial knee replacement
- Total hip replacement
Technology and Innovation
We are proud to offer robotic-assisted, minimally invasive knee and hip surgery. The benefits of robotic-assisted surgery often include:
- Less postoperative pain
- Smaller incisions
- Faster recovery
- Optimal implant placement
- Reduced impact to surrounding tissue
Using a 3D image, the surgeon can see and measure the actual dimensions of the patient’s joint and surrounding tissue. Before making any cut, the surgeon creates a personalized surgical plan within the robotic system — adjusting and refining it virtually. During surgery, the surgeon guides the robotic-arm through this pre-set plan, maintaining full control and making real-time adjustments as needed.
If you have tried nonsurgical treatments and your pain continues, joint replacement may be necessary to reduce pain and restore function. For robotic-assisted joint replacement, make an appointment with an orthopedic surgeon who is specially trained to perform the procedure.